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Stem Cells
Life Science - Middle School
❮
1
/
2
❯
cells
are
transferred
to
culture
dishes
•
potential
therapeutics
•
toxicity
testing
bone
marrow
-
leukemia
pancreatic
cells
-
diabetes
heart
disease
neural
cells
-
Parkinson’s
& Alzheimer’s
What
are
stem
cells?
The
human
body
consists
of
trillions
of
cells,
including
some
200
different
cell
types
with
specialized
functions.
Stem
cells,
on
the
other
hand,
do
not
have
a
specialized
function
and
have
the
potential
to
develop
into
many
different
cell
types.
Under
certain
physiologic
or
experimental
conditions,
stem
cells
can
be
induced
to
become
tissue
or
organ
specific
cells
with
special
functions.
How
are
stem
cells
made?
Scientists
primarily
work
with
two
kinds
of
stem
cells
from
animals
and
humans:
embryonic
stem
cells
and
non-embryonic
"somatic" or "adult"
stem
cells.
The
Promise
of
Stem
Cells
Stem
cells
have
the
capacity
to
not
only
form
different
types
of
cells
but
also
to
keep
multiplying.
These
characteristics
make
stem
cells
a
potential
renewable
source
of
replacement
cells
for
repairing
damaged
tissue
and
studying
and
treating
disease
and
disabilities
including
Parkinson's
disease,
amyotrophic
lateral
sclerosis
(ALS),
spinal
cord
injuries,
burns,
heart
disease,
diabetes
and
arthritis.
fertilized
egg
inner
cell
mass
zygote
undergoes
division
Blastocyst
embryo
with
200
or
more
cells
Differentiation
Embryonic
stem
cells
can
be
transformed
into
any
specialized
cell
type
by
changing
the
growth
media
or
environmental
conditions
of
the
culture
or
by
manipulating
it’s
genetic
makeup.
Implantation
Once
implanted
in
the
desired
organ,
these
cells
develop
into
functioning
cells.
Neural
cells
Blood
cells
Cardiac
muscle
Blood
cells
Muscle
cells
Neural
cells
Cartilage
Stem
Cells
Stem
Cells
Study
and
treatment
of
genetic
diseases
Test
the
effect
of
drugs
on
cells
Produce
replacement
cells
and
tissues
for
transplantation
Rx
Stem
Cells
www.newpathlearning.com
© Copyright NewPath Learning. All Rights Reserved. 94-4638
cells
are
transferred
to
culture
dishes
•
potential
therapeutics
•
toxicity
testing
pancreatic
cells
-
diabetes
heart
disease
bone
marrow
-
leukemia
neural
cells
-
Parkinson’s
& Alzheimer’s
\|xiBAHBDy01772rzu
What
are
stem
cells?
The
_____________
_____________
consists
of
_____________
of
_____________
,
including
some
200
different
cell
types
with
_____________
____________
.
____________
___________
,
on
the
other
hand,
do
not
have
a
specialized
function
and
have
the
potential
to
develop
into
many
different
cell
types.
Under
certain
physiologic
or
experimental
conditions,
stem
cells
can
be
_____________
to
become
tissue
or
organ
specific
cells
with
_____________
_____________
.
How
are
stem
cells
made?
Scientists
primarily
work
with
two
kinds
of
stem
cells
from
animals
and
humans:
_______________
stem
cells
and
________________
"_________________ " or
"_________________ " stem cells
.
The
Promise
of
Stem
Cells
Stem
cells
have
the
capacity
to
not
only
form
different
types
of
cells
but
also
to
keep
multiplying.
These
characteristics
make
stem
cells
a
potential
renewable
source
of
____________________
__________
for
repairing
damaged
tissue
and
studying
and
treating
disease
and
disabilities
including
_____________________
____________________________________________________________________________________________.
fertilized
egg
inner
cell
mass
________________
under
goes
division
Blastocyst
embryo
with
200
or
more
cells
Differentiation
_____________
stem
cells
can
be
_____________
into
any
_____________
cell
type
by
changing
the
growth
media
or
environmental
conditions
of
the
culture
or
by
manipulating
it’s
_____________
makeup.
Implantation
Once
implanted
in
the
desired
organ,
these
cells
develop
into
functioning
cells.
Blood
cells
Muscle
cells
Neural
cells
Stem
Cells
Stem
Cells
Rx
Key
Vocabulary
Terms
•
blastocyst
•
implantation
•
cartilage
•
neural
cells
•
differentiation
•
somatic
stem
cells
•
embryonic
stem
cells
•
stem
cells
•
fertilized
egg
•
zygote
Stem
Cells
www.newpathlearning.com
© Copyright NewPath Learning. All Rights Reserved. 94-4638
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